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Conductive Film Coated with Silver/Carbon Film/Black Conductive Plastic Film
product model：JH800S
The main component of the conductive silver film is to coat a layer of silver/gold chloride on the surface of the conductive PU film, thereby reducing the overall resistance.
This printing method can effectively solve the problems such as the connection marks caused by other printing methods, uneven thickness control, and high costs. The material is soft and safe.
Application:
Applied to all kinds of beauty, health care and other physiotherapy electrode products.
Used in all kinds of examination, treatment, monitoring，defibrillation medical electrode products.
Product Feature
material： graphene、carbon black、polyurethane、silver
thickness:0.05mm
square resistance:0.02-5 Ω/sq
size:customized
Product Specification
General square resistance（Ω/□） | Thickness （μm） | Width（mm） | Length（m） | （℃） | Extreme temperature resistance（℃） |
0.02~5 | 50~55 | 5~1000 | 50-500 | -40~120 | -50~150 |
Question 1: What are the specific application scenarios of JH800S type Pu silver-coated black carbon conductive film in the medical field? What is its core role in these scenarios?
Answer: Specific application scenarios in the medical field include various beauty, health care and physical therapy electrodes, ECG examination/treatment/monitoring electrodes, defibrillation medical electrodes, and heart rate belts for fitness monitoring, etc. Its core role is to serve as a physical interface between the skin and the circuit. It directly contacts the human skin to capture micro-ampere-level microcurrents generated by cardiac electrical activities. At the same time, with its low impedance characteristics, it reduces signal attenuation, ensures high-fidelity acquisition and stable transmission of bioelectric potential signals (such as ECG signals), and provides accurate data support for medical diagnosis, treatment and health monitoring.
Question 1: What are the core advantages of the JH800S Pu silver-coated black carbon conductive film over traditional conductive films (such as products made using traditional silk-screen printing processes) in terms of craftsmanship and performance?
Answer: In terms of craftsmanship, it adopts a silver coating process, which solves the problems of joints, uneven thickness, high cost, and low output existing in the traditional silk-screen printing process, enabling large-scale application; in terms of performance, it has lower sheet resistance (0.02~5Ω/□) and impedance (typically < 10Ω・cm). The signal attenuation is more than 50% lower than that of carbon-based materials, which can clearly present fine waveforms such as P waves and T waves. At the same time, it inherits the soft and conformable characteristics of PU-based carbon films, and also achieves physical therapy, sterilization and antibacterial functions through silver ions, resulting in better overall performance.
Conductive Film Coated with Silver/Carbon Film/Black Conductive Plastic Film
product model：JH800S
The main component of the conductive silver film is to coat a layer of silver/gold chloride on the surface of the conductive PU film, thereby reducing the overall resistance.
This printing method can effectively solve the problems such as the connection marks caused by other printing methods, uneven thickness control, and high costs. The material is soft and safe.
Application:
Applied to all kinds of beauty, health care and other physiotherapy electrode products.
Used in all kinds of examination, treatment, monitoring，defibrillation medical electrode products.
Product Feature
material： graphene、carbon black、polyurethane、silver
thickness:0.05mm
square resistance:0.02-5 Ω/sq
size:customized
Product Specification
General square resistance（Ω/□） | Thickness （μm） | Width（mm） | Length（m） | （℃） | Extreme temperature resistance（℃） |
0.02~5 | 50~55 | 5~1000 | 50-500 | -40~120 | -50~150 |
Question 1: What are the specific application scenarios of JH800S type Pu silver-coated black carbon conductive film in the medical field? What is its core role in these scenarios?
Answer: Specific application scenarios in the medical field include various beauty, health care and physical therapy electrodes, ECG examination/treatment/monitoring electrodes, defibrillation medical electrodes, and heart rate belts for fitness monitoring, etc. Its core role is to serve as a physical interface between the skin and the circuit. It directly contacts the human skin to capture micro-ampere-level microcurrents generated by cardiac electrical activities. At the same time, with its low impedance characteristics, it reduces signal attenuation, ensures high-fidelity acquisition and stable transmission of bioelectric potential signals (such as ECG signals), and provides accurate data support for medical diagnosis, treatment and health monitoring.
Question 1: What are the core advantages of the JH800S Pu silver-coated black carbon conductive film over traditional conductive films (such as products made using traditional silk-screen printing processes) in terms of craftsmanship and performance?
Answer: In terms of craftsmanship, it adopts a silver coating process, which solves the problems of joints, uneven thickness, high cost, and low output existing in the traditional silk-screen printing process, enabling large-scale application; in terms of performance, it has lower sheet resistance (0.02~5Ω/□) and impedance (typically < 10Ω・cm). The signal attenuation is more than 50% lower than that of carbon-based materials, which can clearly present fine waveforms such as P waves and T waves. At the same time, it inherits the soft and conformable characteristics of PU-based carbon films, and also achieves physical therapy, sterilization and antibacterial functions through silver ions, resulting in better overall performance.
